credentials.xtm.cloud
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94.130.57.139
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Submitted URL: http://credentials.xtm.cloud/
Effective URL: https://credentials.xtm.cloud/
Submission: On September 13 via api from FI — Scanned from FI
Effective URL: https://credentials.xtm.cloud/
Submission: On September 13 via api from FI — Scanned from FI
Form analysis 1 forms found in the DOM
<form>
<textarea class="form-control" name="content" id="content" placeholder="Enter the password here" rows="5" required="" autofocus=""></textarea>
<input type="hidden" name="pubkey" id="pubkey">
<p class="alert alert-info" id="wait" style="display: none;">Generating encryption keys, this may take several seconds...</p>
<button id="proceed" type="button" class="btn btn-primary" style="display: block;">Encrypt and save</button>
</form>Text Content
XTM SECURE CREDENTIALS STORAGE Use this form to encrypt sensitive information before passing it to XTM support. The data is encrypted in your browser and securely stored on our servers. Please enter only the password here. Please avoid entering logins, server addresses or any other identification information, as they might provide too much information in one place. Generating encryption keys, this may take several seconds... Encrypt and save ENCRYPTION SUCCESSFUL Paste the following link to XTM support specialist: Read more about security Thanks to the advancement of JavaScript, we have implemented OpenPGP RSA-based encryption scheme allowing you to enter a secret, encrypt it via public-private key pair and transport, in encrypted form, to our server. This way nobody else but the owner of corresponding private key, held securely by our administrators, can read your credentials. Our private key is encrypted and held on a different server than your encrypted secret. Having strong separation between different security components makes this tool resistant to brute force attacks, data leaks and human errors. You do not need to install any external tool, nor gain expertise in cryptography, your browser does this for you and your secret never leaves your computer unencrypted. RSA 4096 bit is more than enough for the next decade.